Project Shivom (Pre-Sale) (OMX) ICO

Project Shivom

A unique and empowering Project, Shivom will enable DNA data donors to collaborate with revolutionary changemakers in biotechnology, healthcare industry, and government-ordained research institutes and contribute to an unprecedented era of medical marvels.

OUR OBJECTIVE

Make Shivom the largest genomic data-hub on the planet. Contributors own their genomic data, control the right to access it, and receive rewards if they choose to share it.

THE SHIVOM ECOSYSTEM

Shivom is creating a genomics ecosystem on the blockchain. We will offer an open marketplace for healthcare providers to add their apps and services, alongside genomic data analytics and personalized medicine.

OUR VISION

Accelerate the age of genomics

Every one of the 7.6 billion people on earth has a unique code held within their genes that unlocks the secrets to appearance, ancestry, intellectual capabilities, health, and fitness. But, this code’s ability to reveal predisposition to disease has been overlooked.

Improve global health

Now is the time for concerted, community-wide development for the “genomical” challenges of the coming decade. Currently, a few key players hold the monopoly on genomic data and make huge profits from selling it to 3rd parties, usually without sharing the earnings with the data donor.

Jumpstart genome-based precision medicine

We are changing the dynamics of the global healthcare market. We are utilizing the most advanced technologies including blockchain, cloud computing, genome sequencing, artificial intelligence, and big data analytics to bring medical genomics into a new era.

Ensure the next level of data privacy

We are at the forefront of data security. We use state-of-the-art cryptography to add additional security levels to our platform that go well beyond blockchain technology for decentralization, protecting each user’s data from cybercriminals.

GENOMICS FOR EVERYONE

Accurate, comprehensive interpretation of your genome will only be possible when the biomedical community has analyzed enough genome sequences representing the full range of natural human variation. However, today, many ethnic and geographical populations are still underrepresented in public databases.